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Clinical Chemistry Principles, Techniques, and Correlations 9th Edition TEST BANK by Bishop Fody, All Chapters 1 - 31, Complete Newest Version (100% Verified)$20.49
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Clinical Chemistry Principles, Techniques, And Cor
Clinical Chemistry Principles, Techniques, and Cor
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Clinical Chemistry Principles, Techniques, and Correlations 9th Edition TEST BANK by Bishop Fody, All Chapters 1 - 31, Complete Newest Version (100% Verified)
TEST BANK for Clinical Chemistry Principles, Techniques, and Correlations 9th Edition by Bishop Fody, All Chapters 1 - 31, Complete Newest Version (100% Verified)
TEST BANK for Clinical Chemistry Principles, Techniques, and Correlations 9th Edition pdf
Clinical Chemistry Principles, Technique...
Clinical Chemistry Principles, Techniques, and Cor
Clinical Chemistry Principles, Techniques, and Cor
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Test Bank Clinical Chemistry Principles, Techniques, and Correlations
9th Edition by Bishop Fody
| Verified Chapter's 1 - 31 | Complete
,Part 1 Basic Principles and Practices in Clinical Chemistry
Chapter 1 Basic Principles and Practices of Clinical Chemistry
Chapter 2 Laboratory Safety and Regulations
Chapter 3 Quality Management in the Clinical Laboratory
Chapter 4 Analytic Techniques
Chapter 5 Clinical Chemistry Automation
Part 2 Analytic Procedures and Clinical Correlation
Chapter 6 Amino Acids and Proteins
Chapter 7 Nonprotein Nitrogen Compounds
Chapter 8 Enzymes
Chapter 9 Carbohydrates
Chapter 10 Lipids and Lipoproteins
Chapter 11 Electrolytes
Chapter 12 Blood Gases, pH, and Buffer Systems
Part 3 Endocrinology and Clinical Correlation
Chapter 13 Basic Endocrinology
Chapter 14 Thyroid Function
Chapter 15 Hypothalamic and Pituitary Function
Chapter 16 Adrenal Function
Chapter 17 Gonadal Function
Chapter 18 Parathyroid Function
Part 4 Organ Systems and Clinical Correlation
Chapter 19 Liver Function
Chapter 20 Cardiac Function
Chapter 21 Renal Function
Chapter 22 Pancreatic Function
Part 5 Specialty Areas of Clinical Chemistry
Chapter 23 Body Fluid Analysis
Chapter 24 Pregnancy and Prenatal Testing
Chapter 25 Therapeutic Drug Monitoring
Chapter 26 Toxicology
Chapter 27 Trace Elements, Toxic Elements, and Vitamins
Chapter 28 Tumor Markers
Chapter 29 Point-of-Care Testing
Chapter 30 Newborn and Pediatric Clinical Chemistry
Chapter 31 Geriatric Clinical Chemistry
,Import Settings:
Base Settings: Brownstone Default
Information Field: Complexity
Information Field: Ahead
Information Field: Subject
Information Field: Title
Highest Answer Letter: D
Multiple Keywords in Same Paragraph: No
NAS ISBN13: 9781284238884, add to Ahead, Title tags
Chapter: Chapter 01 – Test Bank
Multiple Choice
1. One nanogram is equivalent to how many grams?
A) 10-6
B) 10-9
C) 10-12
D) 10-15
Ans: B
Complexity: RL2
Ahead: Units of Measure
Subject: Chapter 1
Title: Basic Principles and Practices of Clinical Chemistry
2. How many milliliters of 0.5N NaOH are required to make 100 milliliters of 0.2N NaOH?
A) 250
B) 40
C) 25
D) 4
Ans: B
Complexity: RL2
Ahead: Laboratory Mathematics and Calculations
Subject: Chapter 1
Title: Basic Principles and Practices of Clinical Chemistry
3. A patient sample for uric acid gave an absorbance reading of 0.4, and the 50 mg/dL standard gave an
absorbance reading of 0.1. What is the concentration of uric acid in the patient's sample in grams per
deciliter?
A) 0.2
B) 12.5
C) 125
D) 200
Ans: D
Complexity: RL2
Ahead: Laboratory Mathematics and Calculations
,Subject: Chapter 1
Title: Basic Principles and Practices of Clinical Chemistry
4. How many millimoles of NaCl are contained in 300 mL of a 4M solution? (gmw = 58.5)
A) 70
B) 120
C) 234
D) 1200
Ans: D
Complexity: RL2
Ahead: Laboratory Mathematics and Calculations
Subject: Chapter 1
Title: Basic Principles and Practices of Clinical Chemistry
5. How is 10 mg/dL of calcium reported in mmol/L? (gmw = 40)
A) 2.5
B) 5.0
C) 10
D) 25
Ans: A
Complexity: RL2
Ahead: Laboratory Mathematics and Calculations
Subject: Chapter 1
Title: Basic Principles and Practices of Clinical Chemistry
6. How many milliliters of concentrated sulfuric acid (H2S04), G.M.W. = 98 grams, specific gravity = 1.500,
purity = 80%, are needed to make 400 mL of a 2N solution?
A) 26.1
B) 32.7
C) 52.3
D) 65.3
Ans: B
Complexity: RL2
Ahead: Laboratory Mathematics and Calculations
Subject: Chapter 1
Title: Basic Principles and Practices of Clinical Chemistry
7. How many grams of hydrated MgSO4 5 H20 (M.W.: MgSO4 = 119, H20 = 18) are required to make a
10% solution of MgS04?
A) 5.7 g/dL
B) 11.9 g/dL
C) 17.6 g/dL
D) 20.9 g/dL
Ans: C
Complexity: RL2
Ahead: Laboratory Mathematics and Calculations
Subject: Chapter 1
Title: Basic Principles and Practices of Clinical Chemistry
,8. What is the molarity (M) of a 4% solution of sodium hydroxide (NaOH)? M.W: Na = 23, O = 16, H = 1.
A) 0.1M
B) 0.25M
C) 1.0M
D) 2.5M
Ans: C
Complexity: RL2
Ahead: Laboratory Mathematics and Calculations
Subject: Chapter 1
Title: Basic Principles and Practices of Clinical Chemistry
9. 3 mg/dL is equivalent to how many grams per liter?
A) 0.003
B) 0.03
C) 0.3
D) 3
Ans: B
Complexity: RL2
Ahead: Units of Measure
Subject: Chapter 1
Title: Basic Principles and Practices of Clinical Chemistry
10. What is the normality of a solution containing 4.5 grams of BaCl2 in 400 mL? (gmw = 208)
A) 1.10
B) 0.50
C) 0.25
D) 0.11
Ans: D
Complexity: RL2
Ahead: Laboratory Mathematics and Calculations
Subject: Chapter 1
Title: Basic Principles and Practices of Clinical Chemistry
11. What are the optimal conditions for specimen transport, handling, and storage of specimens for
clinical chemistry testing?
A) Specimen transported to lab within 2 hours after collection, stored at room temperature, and
centrifuged within 4 hours.
B) Specimen transported to lab immediately, permitted to clot, serum separated and tested as soon as
possible.
C) Specimen brought to lab immediately, spun down, and serum left to stand on clot until tested.
D) None of these represent optimal conditions.
Ans: B
Complexity: RL1
Ahead: Specimen Collection and Handling
Subject: Chapter 1
Title: Basic Principles and Practices of Clinical Chemistry
, 12. What type of specimen provides the fastest turnaround times for blood gas analysis?
A) Urine
B) Plasma
C) Serum
D) Whole blood
Ans: D
Complexity: RL1
Ahead: Specimen Collection and Handling
Subject: Chapter 1
Title: Basic Principles and Practices of Clinical Chemistry
13. Diurnal variation is a term that refers to which of the following?
A) Whether a patient is fasting or nonfasting
B) Collection of 24-hour urine specimens
C) Time of day specimen collection occurs
D) Whether a patient is resting or exercising
Ans: C
Complexity: RL1
Ahead: Specimen Collection and Handling
Subject: Chapter 1
Title: Basic Principles and Practices of Clinical Chemistry
14. Which of the following centrifuges minimizes pre-analytical errors associated with the analysis of
ammonia specimens?
A) A temperature-controlled centrifuge with swinging buckets
B) A temperature-controlled centrifuge with fixed buckets and an angled rotor
C) A non-temperature-controlled centrifuge with swinging buckets
D) A non-temperature-controlled centrifuge with fixed buckets
Ans: A
Complexity: RL3
Ahead: Laboratory Equipment
Subject: Chapter 1
Title: Basic Principles and Practices of Clinical Chemistry
15. A STAT glucose specimen was drawn and sent to the laboratory. The specimen was retrieved from
the pneumatic tube system and centrifuged immediately. After the serum specimen was then loaded onto
the analyzer, a sample aspiration error occurred. What specimen collection and handling error most likely
caused the error?
A) A plasma specimen should have been collected instead of serum.
B) The specimen was not completely clotted prior to centrifugation.
C) The specimen should have been hand-carried to the laboratory.
D) A temperature-controlled fixed angle centrifuge should have been used.
Ans: B
Complexity: RL3
Ahead: Specimen Collection and Handling
Subject: Chapter 1
Title: Basic Principles and Practices of Clinical Chemistry
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